Cov khoom siv hauv paus:
Cov khoom ua pov thawj muaj zog ferromagnetism hauv nws cov xwm txheej
Sib nqus cov pa hluav taws xob permeability zoo li lwm cov hlau uas muaj carbon) (μR ≈ 200-500)
Salmation magnetization piv rau cov hlau ntshiab (≈2.1 tesla)
Kev cuam tshuam zoo:
Tooj liab ntxiv rau (0.25-0.55%) me ntsis txo qis sib nqus
Chromium cov ntsiab lus (0.50%) nce hluav taws xob tiv thaiv tab sis tswj tau Ferromagnetism
Phosphorus (0.06-0.15%) muaj tsawg heev rau cov khoom sib nqus
Huab Cua cuam tshuam:
Kev tsim Patina (xeb txheej) yog cov qaug zog tsis muaj zog
Core material retains >90% ntawm thawj Magnetism tom qab Patina tsim
Sib nqus cov zog nyob ruaj khov thoob plaws ntawm -20℃rau +200} degree
Kev sib piv tau:
Ntau sib nqus dua li cov hlau tsis muaj zog (uas yog paramagnetic)
Sib nqus me ntsis tsis sib nqus dua li cov hlau ntshiab vim yog alloying ntsiab
Piv rau S355jR cov qauv hlau hauv kev sib nqus lus teb
Cov khoom no ua S355j0wP haum rau cov ntawv thov uas yuav tsum muaj kev tiv thaiv ob peb lub zog thiab kev sib nqus haujlwm, xws li:
Sib nqus tiv thaiv nyob rau hauv ib puag ncig sab nraum zoov
Cov Khoom Siv Electromagnetic Cov Tsev
Railway thiab Tsheb Thauj Tsheb
Cov ntsiab lus architectural nrog tej zaum muaj kev txiav txim siab EMI
